摘要
为拓宽低压电力线载波网络的通信范围及提升通信安全性,文章全面分析低压电力线载波通信网络拓扑模型和组网特征,创新低压电力线载波通信网络组网技术,并促进该技术向自动化方向发展,提高自动组网技术的简易性和可靠性。同时,结合实际案例,真实仿真自动组网方法。研究结果证明,该组网方法耗时量较少,能缩短不同节点间的通信距离,提高网络应用的实时性。
In order to expand the communication range of the low-voltage power line carrier network and strengthen the communication security.This paper comprehensively analyzes the topology model and networking characteristics of the low-voltage power line carrier communication network,innovates the networking technology of the low-voltage power line carrier communication network,promotes the development of the technology in the direction of automation,and improves the simplicity and reliability of the automatic networking technology.Combined with actual cases,the automatic networking method is simulated in real time.The research results show that this networking method consumes less time,can shorten the communication distance between different nodes,and strengthen the real-time performance of network applications.
作者
龚勇
GONG Yong(CITIC Service Branch,Hunan Communication Industry Service Co.,Ltd.,Changsha 410126,China)
出处
《计算机应用文摘》
2023年第14期118-121,共4页
Chinese Journal of Computer Application
关键词
电力线通信
拓扑结构
自动路由
逻辑分层
路由重构
power line communication
topology
automatic routing
logical hierarchy
route reconstruction